Efficient building energy management is essential for saving and green society. This paper investigates sustainable an cluster with distributed transaction. The consists of several types buildings, e.g., office, industrial, commercial buildings. We first formulate utility functions the buildings consuming based on characteristics their controllable loads. Then a two-stage sharing strategy presented. In stage, total social cost minimized through finding optimal profiles in way. second...

With the rapid development of energy buildings, advanced management is urgently demanded for a green society. In this paper, focusing on coordinated building community, we present new and fair peer-to-peer sharing framework to realize an economic sustainable community. Specifically, in building-centric mode, buildings directly share their supplies/demands offer related payments within community under constraints payment balance. We propose non-cooperative game selfish further show that...

This paper studies the synchronization problem of coupled delayed multistable neural networks (NNs) with directed topology. To begin with, several sufficient conditions are developed in terms algebraic inequalities such that every subnetwork has multiple locally exponentially stable periodic orbits or equilibrium points. Then two new concepts named dynamical multisynchronization (DMS) and static (SMS) introduced to describe novel kinds manifolds. Using impulsive control strategy...

This paper studies the global synchronization of complex dynamical network (CDN) under digital communication with limited bandwidth. To realize communication, so-called uniform-quantizer-sets are introduced to quantize states nodes, which then encoded and decoded by newly designed encoders decoders. meet requirement bandwidth constraint, a scaling function is utilized guarantee quantizers having bounded inputs thus achieving real-time quantization levels. Moreover, new type vector norm...

The paper proposes a two-stage energy sharing framework for new prosumer microgrid with renewable generation, multiple storage units, and load shifting. In the first stage, robust bilevel model is formulated to provide schedule prosumers retailer overcoming impact of uncertainties market prices energy. Through proper linearization techniques, optimization problem transformed into single-level mixed integer linear programming that practically solvable. second an online each continually...

This article presents an efficient peer-to-peer energy-sharing framework for numerous community prosumers to reduce energy costs and promote renewable utilization. Specifically, day-ahead real-time management of prosumers, intercommunity strategy intracommunity are proposed, respectively. In the former strategy, can share with any peers, aggregators represent their own coordinate sharing. A two-phase model is designed. first phase, optimal profiles derived minimize global costs, in second...

This article investigates the energy cooperation between photovoltaic prosumers and community storage (CES) to improve efficiency. The optimal sharing profiles CES are firstly derived by solving optimization problem minimizing social cost. To guarantee incentives for participate in cooperation, a Nash bargaining based benefits model is presented determine payments. Two implementation modes, i.e., Data-Centric Prosumers-to-CES mode, developed protect privacy both CES. Cheating behaviors...

In this article, we propose an economic storage sharing framework for prosumers and energy providers (ESPs) to promote renewable utilization cooperatively. The optimal shared capacities of ESPs the profiles are first derived via minimizing social costs. Then profits payments successively determined by asymmetric bargaining-based benefits model. Specifically, prosumer group bargains with nominal required capacity as their bargaining power share benefits. bargain each other quantified a...

Abstract This paper concentrates the distributed formation containment problems for multiple unmanned aerial vehicle (UAV) systems under both fixed directed and switching topologies. The objective is to introduce control into research, where master UAVs should exchange information with each other achieve maintain a desired formation. Then, two different protocols are proposed slave UAVs, respectively. Utilizing algebraic graph theory stability theory, some sufficient conditions derived...

Household photovoltaic (HPV) prosumers and the community (CPV) system have been growing rapidly with development of sustainable technology. The uncertainties these distributed renewable energy resources bring a significant challenge to design power-market mechanism dispatch power for promoting efficiency. It is essential develop novel efficient management strategy addressing this from perspective prosumers. Accordingly, risk aversion sharing model based on devised local market presented. A...

Summary In this paper, the distributed hierarchical control design is investigated for cooperations of heterogeneous linear systems subjected to switching networks, where each subgraph networks allowed be disconnected. Each system contains uncontrollable states and evolves in different dimension with dynamics. The framework proposed paper consists controllers, which contain upper‐layers dealing communication topologies lower‐layers heterogeneity systems. Under framework, cooperation problem...